At CERAWeek 2025, Energy Secretary Chris Wright sounded an alarm about America’s lagging infrastructure, warning that without significant improvements, the country risks losing its competitive edge in artificial intelligence (AI) to China. This concern is particularly urgent as AI data centers require massive amounts of electricity, yet the U.S. built just 55 miles of high-voltage transmission lines in 2023 – an embarrassingly small fraction of what is needed to keep pace with demand. Meanwhile, escalating energy costs, extreme weather threats, and political tensions over electricity exports all highlight the urgent need for a stronger, more resilient power grid.
One of the fastest, most efficient solutions to these challenges lies in upgrading transmission infrastructure with Advanced Conductors, particularly CTC Global’s ACCC® Conductor – the most tested and widely deployed composite core conductor in the world. As industry experts, policymakers, and utilities debate how to deliver the greatest amount of electricity at the lowest capital cost, Advanced Conductors emerge as a leading solution to modernize the grid without the decade-long delays associated with building new transmission lines.
AI’s Insatiable Energy Demand: A Looming Crisis
As Neil Chatterjee, former chair of the Federal Energy Regulatory Commission, recently noted, the AI industry is on the brink of an unprecedented electricity boom. Companies like OpenAI and Stargate are planning data center campuses exponentially larger than current facilities, requiring terawatts of power. China, recognizing the stakes, has been investing aggressively in ultra-high-voltage transmission to ensure its AI dominance. The U.S., on the other hand, faces permitting bottlenecks and outdated transmission technology that threaten to stifle AI innovation.
Rather than waiting years for new transmission lines to be permitted and built, utilities can act now by deploying high-performance conductors like CTC Global’s ACCC® Conductor. Capable of doubling the capacity of existing power lines while reducing line losses by up to 40%, ACCC® Conductors provide an immediate solution to the grid congestion that is already limiting AI’s growth.
Addressing Grid Stability and Cost Pressures
Beyond AI, grid reliability is a growing concern across North America. As California grapples with record-breaking utility costs and wildfire threats, and new geopolitical tensions over electricity imports emerge, it is clear that the U.S. needs to invest in domestic grid efficiency. Advanced Conductors help achieve this by enabling greater electricity flow on existing infrastructure, reducing the need for costly and controversial new transmission projects. American utilities must prepare for potential supply disruptions, and upgrading transmission lines with ACCC® Conductors ensures that more energy reaches consumers efficiently, reducing reliance on imported power and mitigating price spikes.
Preparing for a Future of Extreme Weather
Wildfires, hurricanes, and extreme heatwaves are making grid reliability more challenging than ever. California’s wildfire insurance fund is already under strain, and utility investors are nervous about future liabilities. One of the best ways to minimize fire risk and prevent outages is to modernize transmission infrastructure with conductors that resist sagging under high temperatures and heavy loads—key features of ACCC® Conductors.
By replacing conventional aluminum-conductor steel-reinforced (ACSR) cables with ACCC® Conductors, utilities can prevent line sagging that often leads to contact with trees and vegetation – one of the primary causes of wildfires. Additionally, the reduced line losses of ACCC® Conductors mean less wasted energy, which can make it easier for utilities to comply with existing and ever-evolving government regulations, including green energy mandates and low emissions targets.
The Path Forward: Industry Leadership and Policy Action
To keep pace with AI growth, enhance grid reliability, and contain electricity costs, policymakers and utilities must act swiftly. The deployment of ACCC® Conductors should be prioritized in government transmission planning efforts. Regulatory bodies like FERC can accelerate adoption by requiring utilities to consider high-performance conductors in infrastructure upgrades. Likewise, state governments should incentivize grid modernization by incorporating Advanced Conductors into wildfire mitigation plans and climate adaptation strategies.
The Time to Upgrade is Now
America’s energy landscape is shifting rapidly. The demand for power and the increasing severity of extreme weather all demand immediate action. While debates continue about the best energy mix for the future, one thing is clear: the grid needs to be more efficient, resilient, and capable of handling growing loads.
CTC Global’s ACCC® Conductor offers a proven, scalable, and cost-effective solution to these challenges. Utilities, policymakers, and industry leaders must recognize the critical role advanced conductors play in ensuring America’s energy future – and act now to deploy them at scale. The alternative – falling further behind in AI, suffering preventable outages, and watching electricity costs spiral – is simply not an option.
